US Army UH-60M Black Hawk fitted with T901 engine approaches first flight
First light-off and ground run of the T901. (Photo: Sikorsky)
A US Army UH-60M Black Hawk equipped with a GE Aerospace T901-GE-900 engine should reach the sky this year as part of the service’s plans to improve the performance and capabilities of its helicopter fleet.
“The Army’s goal is to achieve first flight no later than end of year 2025 and is working collectively with its industry partners to achieve this milestone sooner,” an official spokesperson for PEO Aviation told Shephard.
The initiative also involves Sikorsky, the original equipment manufacturer of the Black Hawk helicopter. As part of the effort, the branch announced last week that the Improved Turbine Engine
Already have an account? Log in
Want to keep reading this article?
More from Air Warfare
-
Focus on economy over capability highlights the cost imperative for CCA success
Striking the right balance between cost and capability is likely to become more crucial in the increasingly competitive collaborative combat aircraft market. Shephard’s special CCA market report examines where the opportunities lie for suppliers.
-
L3Harris begins work on South Korean AEW&C aircraft, eyes further international opportunities
The company remains upbeat about its Indo-Pacific and European prospects, with its AERIS X system onboard a Bombardier 6500 proving an attractive option for air forces’ growing AEW&C needs.
-
Saudi Arabia air report: The world’s fourth-largest UAV market seeks to strengthen domestic industry
With $9.18 billion in uncontracted programmes — including a potential multi-billion-dollar MQ-9B deal — Saudi Arabia’s UAV sector is poised for significant further growth and industrial expansion.
-
AI mission-autonomy software integration and partnerships see progress across CCA efforts
The successful integration of third-party mission autonomy in the US Air Force’s CCA programme and movement on Helsing’s Europa CA-1 timelines mark key milestones in the development of uncrewed aerial capabilities.